PUBLISHER: AnalystView Market Insights | PRODUCT CODE: 2143363
PUBLISHER: AnalystView Market Insights | PRODUCT CODE: 2143363
RNAi Crop Protection Market size was valued at US$ 120.7 Million in 2025, expanding at a CAGR of 39.8% from 2026 to 2033.
RNAi Crop Protection comprises the technologies being invented for protecting the plants from the agricultural pests, fungi, insects, and weeds using the mechanism of RNA interference (RNAi), which can interfere with the functioning of particular genes of the said agricultural pests. These technologies include the application of double-stranded RNA (dsRNA), which can be used on seeds, applied topically, or via genetic engineering of the crops. The technologies interfere in the biological process of the target organism, resulting in the death of the crop and/or damage caused to the pest. Growing resistance of the weeds, fungi, and pests, along with increasingly stringent policies towards chemical-based pesticides, combined with advancements in technologies for the production and delivery of dsRNA, are anticipated to drive the market growth for RNAi Crop Protection in the coming few years. These developments are expected to accelerate RNAi Crop Protection adoption across sustainable agriculture applications.
RNAi Crop Protection Market- Market Dynamics
Increasingly Resistant To Traditional Chemical Pesticides To Drive Market Demand
The increasing resistance of pests to traditional chemical pesticides is a result of the continuous and extensive use of pesticides in the current environment, where the efficiency of pesticides has been reduced to such levels that there is now a need for sustainable pest control measures. For example, in January 2025, according to the NIH.gov report, over 530 cases of herbicide resistance were discovered in 270 weed species throughout the world, and it is evident that the weed species have become resistant to more than 25 herbicide modes of action (MOAs). Besides, it is costly to control herbicide-resistant weeds compared to the weeds that are not herbicide resistant, and the cost is four times that which is spent in controlling the non-resistant weeds. The cost of controlling Brazilian soybeans is four times the cost of controlling the non-resistant weeds. This growing resistance underscores the need for targeted, sustainable, and innovative pest-control solutions.
The Global RNAi Crop Protection market is segmented on the basis of Product Type, Application, Crop Type, Delivery Mode, and Region.
Under the Application segment, Insect Pest Control accounts for a substantial share of the RNAi Crop Protection market because of the targeted nature of the RNAi technology against agricultural insect pests. For instance, in November 2025, according to Australia's Department of Agriculture, Fisheries and Forestry (gov), about 50% of Australian agricultural land managers who manage pests utilize insecticides and/or pesticides, with 93% finding such methods very or moderately effective. On the local scale, approximately 15% of the land managers applied pesticides and/or insecticides, and this happens to be one of the three main measures employed in pest management; the other two are ground baiting and ground shooting in land managers that manage pests in Australia (based on the survey among 5,380 land managers in 53 NRM regions in Australia). This strong adoption of insecticides highlights significant demand for targeted RNAi-based pest control solutions.
In the RNAi Crop Protection market, foliar spray/topical spray serves as an important segment within the delivery mode category. This method allows the direct application of RNAi Crop Protection solutions on plants. As a result, efficient application becomes possible when managing plant pests and diseases and facilitates application and efficiency and minimizes the use of pesticides. In March 2025, GreenLight Biosciences will expand their business operations in Brazil by targeting their RNA foliar-based crop protection solution, Calantha(TM), which can be used for managing agricultural pests. This will definitely help GreenLight Biosciences to enhance their position in the developing Brazilian market of RNA-based agriculture solutions. This trend is expected to accelerate adoption of foliar RNAi solutions across agricultural pest management applications.
RNAi Crop Protection Market- Geographical Insights
North America holds a key place in the RNAi Crop Protection market, as it features a highly developed agriculture sector, biotechnology, and positive regulations. For instance, in August 2026, according to the U.S. National Science Foundation (Gov.), American farmers have access to advanced technologies that help them implement agriculture technologies where sensors, satellites, wireless network technology, robotics, and artificial intelligence analytics are used for monitoring the state of crops, soil conditions, temperature, irrigation needs, disease, and pest presence. As reported by the agency of the United States, the time required for the nitrogen sensor to analyze nitrogen in the plant is only about 3 seconds, and such an innovation was made possible due to the support offered by the U.S. agency for intelligent agriculture in the period from the 1980s to the 1990s to concentrate on three major areas of advanced agriculture in the future-sensor networks and real-time farm data, rural internet connectivity, and wireless communications. This technological advancement strengthens North America's position in innovative RNAi-based crop protection solutions.
The RNAi Crop Protection market operates because of constant innovations in terms of technologies, collaborations, and commercialization. Various companies, such as GreenLight Biosciences, RNAissance Ag, AgroSpheres, Renaissance BioScience, Bayer, and others, have been creating and utilizing their RNAi Crop Protection products of the next generation. The creation of RNAi products against certain pests, RNAi and dsRNA production and application processes, and regulation processes as well as RNAi for IPM will become the factor that will intensify competition within the market. In June 2025, AgroSpheres joined forces with Wilbur-Ellis in order to offer FUN-THYME(TM), which is a broad-spectrum biofungicide created with the help of AgroSpheres AgriCell(R) technology. This partnership helped to introduce to the market the first product created with the help of AgriCell(R) technology. This collaboration highlights the market's shift toward scalable, commercially viable RNAi Crop Protection solutions.
In September 2025, Renaissance BioScience received CAN$830,000 (about US$974,000) in funds from the Canadian government via the AgriScience Program for furthering the development of its own proprietary RNAi biocontrol technology to control crucifer and striped flea beetles infesting canola plants.
In March 2025, KeyGene announced that the first potato plant bred with the help of its own proprietary 2S1(R) graft-hybrid technology had obtained plant breeder's rights in the Netherlands. This technology has been developed with the combination of high yields with desired traits such as drought tolerance and insect resistance. This is a crop improvement technology and not an RNAi Crop Protection technology.